🚀 QuantSDK v0.1.0 + QuantStudio IDE — Live Now

Making Quantum Computing
Accessible to Every Developer

We're building the infrastructure layer that bridges today's classical world with tomorrow's quantum advantage. Write once, run anywhere — from simulators to real quantum hardware.

Try QuantStudio Explore TheQuantCloud GitHub
50+Quantum Gates
658Tests Passing
22Example Notebooks
8Backend Adapters
Our Mission

Quantum advantage shouldn't
require a PhD in physics

Quantum computing will transform industries — from drug discovery to financial modeling to cryptography. But today, the barrier to entry is absurdly high. We're fixing that.

🧩

Framework Agnostic

Write quantum circuits in a clean, Pythonic API. Seamlessly interoperate with Qiskit, Cirq, and PennyLane — without lock-in to any single vendor.

☁️

Cloud Native

Run your circuits on local simulators during development, then deploy to IBM, IonQ, or Rigetti hardware with a single parameter change. True write-once, run-anywhere.

🔐

Security First

From quantum-safe cryptography research to sandboxed code execution, security is woven into every layer of our platform — not bolted on as an afterthought.

📖

Developer Experience

Comprehensive documentation, 22 interactive Jupyter notebooks, type-safe APIs, and intelligent error messages. We obsess over DX so you can focus on science.

Our Verticals

Two verticals, one vision

TheQuantAI operates across two synergistic domains, each addressing massive market opportunities in the quantum era.

🟢 Active

TheQuantCloud

Quantum Computing as a Service

A unified cloud platform for quantum development — from writing your first quantum circuit to deploying production workloads across multiple quantum backends. QuantSDK (open-source) and QuantStudio (web IDE) are now live.

  • QuantSDK v0.1 — Open-source, 50+ gates, 658 tests ✅
  • QuantStudio v0.1 — Web IDE with Monaco editor, 16 templates ✅
  • 8 backend adapters — CPU, GPU, IBM, IonQ, Rigetti, Quantinuum ✅
  • Cloud platform with intelligent routing — Live ✅
Visit TheQuantCloud →
🔜 Coming Soon

TheQuantDefense

Quantum-Safe Security for Critical Infrastructure

Post-quantum cryptography solutions and quantum optimization for defense, aerospace, and government agencies. Preparing critical infrastructure for the quantum threat landscape.

  • Post-quantum cryptographic migration tools
  • Quantum-optimized logistics & scheduling
  • Threat modeling for the quantum era
  • FIPS-compliant quantum-safe algorithms
Learn More →
Technology

Built for the quantum era

Our technology stack is designed from the ground up for the unique challenges of quantum computing — from hardware abstraction to intelligent workload distribution.

hello_quantum.py 
import quantsdk as qs

# Create a Bell state — quantum entanglement
circuit = qs.Circuit(2, name="bell_state")
circuit.h(0)        # Hadamard: superposition
circuit.cx(0, 1)    # CNOT: entangle qubits
circuit.measure_all()

# Run on local simulator (or swap to IBM, IonQ...)
result = qs.run(circuit, shots=1000)
print(result.counts)
# {'00': 498, '11': 502}

# Export to any framework
qiskit_circuit = circuit.to_qiskit()
qasm_string = circuit.to_openqasm()
⚡

Tensor-based Simulator

High-performance local simulation using optimized tensor contractions — no full unitary construction needed.

🔄

Framework Interop

Bidirectional conversion between QuantSDK, Qiskit, and OpenQASM 2.0 — use the best tool for each job.

🎯

50+ Quantum Gates

Complete gate library from basic Pauli gates to parameterized rotations and multi-qubit entangling gates.

🛡️

Security Hardened

Sandboxed parameter evaluation, token masking, automated security scanning. Zero Bandit findings.

📝

Fully Typed

PEP 561 py.typed marker, strict mypy compliance, rich type annotations. Your IDE autocomplete will love it.

Roadmap

Where we're headed

We're on an ambitious journey to build the definitive quantum computing platform. Here's what's coming.

Q1 2026 — Done ✅

QuantSDK v0.1 Launch

Open-source SDK with 50+ gates, framework interop (Qiskit, Cirq, PennyLane, OpenQASM), local + IBM backends, full MkDocs documentation, and 22 example notebooks. 658 tests passing.

Q1-Q2 2026 — Done ✅

QuantStudio v0.1 & 8 Backend Adapters

Full web IDE with Monaco editor, SVG circuit visualizer, result histograms, 16 circuit templates, save/load, auth. 8 backends: CPU Simulator, GPU (cuQuantum), IBM Brisbane, IonQ Harmony, IonQ Aria, Rigetti Ankaa-2, Quantinuum H1-1, Noisy Simulator.

Q1 2026 — Done ✅

TheQuantCloud Beta

Cloud platform live at api.thequantcloud.com — REST API with 19 endpoints, intelligent QuantRouter backend selection, 5 simulator backends, async job lifecycle, API key auth, and free $50 beta credits.

Q2-Q3 2026 — In Progress

General Availability & Growth

Real QPU backends (IBM, IonQ via AWS Braket), billing integration (Stripe + Razorpay), enterprise tier with SLA guarantees, QuantRouter ML-powered optimization, and TheQuantDefense private beta.

Blog

Latest from TheQuantAI

Updates on QuantSDK releases, platform milestones, and practical quantum engineering insights.

Product Launch

QuantStudio v0.1 — Web IDE for Quantum

A full-featured browser-based IDE with Monaco editor, 16 circuit templates, real-time visualization, and 8 backend adapters.

Read post → Engineering

Introducing QuantSDK v0.1

A practical open-source SDK to write quantum code once and run across simulators and hardware backends.

Read post → Platform

TheQuantCloud roadmap and architecture

How we are building a cloud-native quantum platform with routing, observability, and developer-first tooling.

Read post →
Team

Built by builders

S

Saket

Founder, CEO & CTO

IIT Bombay alumnus. Quantum computing researcher turned entrepreneur. Building at the intersection of quantum physics, software engineering, and cloud infrastructure.

We're looking for quantum engineers, full-stack developers, and ML researchers to join our founding team.
Reach out →

Ready to write your first
quantum program?

Get started in under 60 seconds with QuantSDK.

pip install thequantsdk
Read the Docs View on GitHub